yes,this is current mode control(or i thought so),so an error signal is generated by comparing output voltage Vo with reference voltage Vref. Then this error signal is used to generate control signal I. The inductor current is then sensed and compared with control signal I then compared with...
oopss..sory, i mean P = 192 W since Ioutput = 4 A, IL is inductor current,in boost
IL = (Vout/Vin)*Iout ;IL = 8 A
what i want to control in this boost converter are the current input(IL) and the Voltage output(Vo)..
actually i kinda confuse how to put triangle wave in my block diagram, but...
lol...actually this is for my final project, for the cascade buck, i scrapped it, because it was hard to implemented and complicated for its controller...after month delayed, now i continue do my project, and i need your guidance berkeman..
currently i design boost converter with specs :
Vin =...
i need help please, now i try to design boost converter that robust to the variation of the input votlage. I'm using PSIM to simulate the design, but I'm kinda confused to make the variation of the input. What i should do? what circuit that i should create to make the input varies in PSIM??..
thanx for the reply...i think i'll go with separate controllers but synchronize them..
does anyone has reference that i could read about cascade converters..cause usually people don't use cascade converter since its controllers that a little bit complex,so it's difficult to find the reference..
i want to design cascade buck converter,but I'm kinda confuse about the controller that i'll use for the converter...there are 2 options, i make the controller independent from 1 converter to another, or i just make the controller dependent, it means that i have only 1 controller for all...